20C - AA - AGMT - ENGINEERING SRVS

Home Browse Search

ogzStorm; orm Drain Master Plan _); Phase 2 1 RFP No. 16-02 Drainage Master Plan, Redlands, California. City of Redlands. Project Engineer. Responsible for 2D hydraulic modeling and flooding analysis through downtown Redlands using Stormwater and Wastewater Management Model (XP-SWMM). Zanja Creek and the drainage network was modeled to identify deficiency and causes of flooding. Michael Baker developed a drainage master plan for the city to update its drainage infrastructure and to Identify regional drainage solutions to the city's flooding issues. Michael Baker's services included hydraulic modeling, planning, best management practice (BMP) identification and evaluation, and stakeholder coordination. Rancho Palos Verdes Storm Water Master Plan, Rancho Palos Verdes, California. City of Rancho Palos Verdes. Project Engineer. Used ArcGIS and model builder to delineate watershed boundaries and obtain parameters according to LA County hydrology criteria. XP-SWMM was used to perform the hydrology and hydraulics for the existing condition. A recommended storm drain analysis was analyzed and a priority storm drain list was created. The Rancho Palos Verdes Storm Water Master Plan includes the development of a GIS database for the storm drain inventory including a Facility Mapping Tool which is being utilized to gather field data and keep the City informed of Michael Baker's field work schedule and finding. Data gathering for the project includes filling in missing as - built data such as inverts and facility naming. The hydrology and hydraulics modeling is being completed utilizing GIS, XPSWMM, and XPWSPGW. This master plan includes the integration of stormwater quality retrofit opportunities. The Master Plan will ultimately provide the City with a comprehensive "living" storm water master plan. The master plan also includes a project prioritization scheme and a Capital Improvement Plan. Storm Drainage Master Plan, Buena Park, California. City of Buena Park, Engineer. Responsible for hydrology and hydraulics analysis. Michael Baker provided engineering services to prepare a citywide drainage master plan. Michael Baker's services included field investigations, video surveys, storm drain mapping, hydrodynamic modeling, regulatory compliance analysis, best management practice (BMP) retrofit recommendations, geodatabase update, and master plan report preparation. Master Plan of Storm Drainage for North and West Santa Ana River Tributary Areas, Anaheim, California.City of Anaheim. Engineer. Responsible for hydrology analysis which included watershed delineation and discharge for the hydraulic analysis. Storm Drain As -Built drawings were obtained from the City of Anaheim and were analyzed with the new discharges using WSPG. Storm drain systems were proposed if the existing system was inadequate. Michael Baker was selected by the City of Anaheim to prepare an updated comprehensive storm drainage master plan for the North and West Santa Ana River tributary areas. The new plan was based on previous studies for the areas, updated to account for current hydrology methods, new hydrology modeling in areas without existing studies, improvements to the storm drain and tributary channel systems, and the latest land use planning. The new plan will model existing storm drainage systems from as -built plans and Identify deficiencies in the existing street sections and storm drain systems based on the results of the hydrology and hydraulic analyses. Alternatives to improve existing deficiencies and recommended improvements and cost estimates will be developed. iIY F,Rt, Rl nln L4 I?Ps oln NS 111 TE N N A T IO NAE 20C-42